JP2527070Y2 - Building shed structure - Google Patents

Description

[Detailed description of the invention]

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a building undercarriage structure in which a roof panel is disposed so as to be inclined from the outer side of a wall panel on the main building side toward the eaves.

[0002]

2. Description of the Related Art Hitherto, as a building undercarriage structure using a roof panel, a structure shown in FIG. 3 is known. In this figure, reference numeral 1 is a lower shop image receiving material which is fixed to the outer surface side of the wall panel 2 mother shop. The undercarriage receiving member 1 is formed to have a substantially trapezoidal cross section, and is fixed in the horizontal direction of the wall panel 2 so that the upper surface 1a matches the inclination angle of the roof. At the upper end of the wall panel 3 of the underpass, a binding material 4 whose upper surface is matched with the inclination angle of the roof is fixed. A roof panel 5 is placed on the shed receiving member 1 and the binding member 4.

[0003] The roof panel 5 has a face plate 10 attached to the upper surface of a frame 9 framed in a square frame shape by core members 6, 7, 8 and the like. A stopper 11 made of wood or the like is fixed to a lower surface of the core member 7 extending in a direction along the roof inclined surface of the roof panel 5. This stopper 11
Has a function of preventing the roof panel 5 disposed in the undercarriage from slipping down to the lower side in the inclination direction, and accurately determining the outgoing dimension T of the eaves. Then, the roof panel 5 places the core material 7 (also the core material facing the core material 7) on the binding material 4 with the lower end of the stopper 11 engaged with the purlin side of the binding material 4. Then, the upper core material 8 of the frame 9 is placed on the upper surface of the shed receiving material 1 and assembled.

[0004] Thus, the roof panel 5 is prevented from slipping downward by the stopper 11 in the inclination direction, and the eaves dimension T of the eave is accurately determined. Between the wall panels 2 of the upper side and mother shop of the core 8, fitted into the coupling purlin 12 of substantially trapezoidal cross section, and the roof panel 5 and Shitaya receiving material 1 by a screw nail or the like (not shown) The shed structure is constructed by being integrated.

[0005]

The stopper 11 is fixed in advance when the roof panel 5 is manufactured in a factory. In order to fix the stopper 11, after attaching the face material 10 on the upper surface of the frame body 9, the entire heavy roof panel 5 is turned over, and the stopper 11 is attached to the core material 7.
Is fixed. Accordingly, it is necessary to perform a time-consuming and time-consuming operation only by fixing the stopper 11. Further, when transporting a plurality of roof panels 5 to the site, there is a possibility that the stopper 11 becomes a projection and damages other roof panels 5 which are transported together, and the stopper 11 becomes an obstacle. There is a problem that many roof panels 5 cannot be effectively loaded on a truck or the like. Therefore, the fact that the stopper 11 is fixed to the roof panel 5 has many inconveniences both in terms of manufacturing the roof panel 5 and transporting the roof panel 5.

Further, when a plurality of roof panels 5 are assembled in parallel to form a shed structure, the stopper 11 is engaged with the connecting member 4 and another roof panel 5 is attached to another roof panel 5. Panel 5 to one roof panel 5
And the core members 7 must be accurately aligned with each other and arranged in parallel, and there is also a problem in terms of construction efficiency.

[0007] The present invention has been made in view of the above circumstances, and eliminates the need for fixing a stopper for preventing the sliding panel from slipping onto the roof panel, thereby solving the problems of the production and transportation of the roof panel. It is still another object of the present invention to provide a building undercarriage structure capable of improving construction efficiency even when assembling a roof panel.

[0008]

According to a first aspect of the present invention, there is provided a building undercarriage structure in which a face plate is attached to an upper surface of a frame formed by arranging a core material in a square frame shape. Is a building undercarriage structure that is arranged so as to be inclined in the direction of the eaves from the outer surface of the wall panel of the main building, and the lower side of the sloped roof panel is located on the eaves side. A joining purlin is mounted on the upper end via a joining material, and a joining purlin is fitted between the outer surface of the wall panel of the purlin and the upper core material of the roof panel. The hardware is fixed, and the upper core material of the roof panel is restrained from being moved downward in the inclined direction by the undergarment, and the undergarment is fixed in contact with the outer surface of the wall panel of the main building. And a fixing piece extending downward from the upper end of the fixing piece in the inclination direction of the roof panel. A core placing piece on which the upper core of the root panel rests, and a core contact abutting on the lower side of the upper core in an inclined direction at a substantially right angle from a lower end portion of the core placing piece; And a piece.

Further, the building under house structure according to claim 2, wherein the plurality of upper surface on the face plate of the frame formed by the framework the core material into a square frame shape, which are affixed to the roof panel, the mother ya It is a building undercarriage structure that is arranged in parallel with the wall panel being inclined in the direction of the eaves from the outer surface, and the lower side of a plurality of roof panels arranged at an inclination is a wall panel that is erected on the eaves side. While being mounted on the upper end via a bonding material, a shelter fitting is fixed to the outer surface of the wall panel of the main building, and the upper core material of the roof panel is inclined downward in the inclination direction by this shelter fitting. The movement of the roof is restrained and held, and the undercarriage receiving piece extends from the upper end of the fixing piece in contact with the outer surface of the wall panel of the purlin to the lower side in the inclination direction of the roof panel. A core placing piece on which the upper core of the roof panel rests, and a substantially perpendicular angle from the lower end of the core placing piece And a core material contacting piece that is in contact with the lower side surface of the upper core material in the direction of inclination, and the core material contacting pieces have roof panels arranged in parallel and abutted against each other. Is formed to form a cut-out portion into which is fitted .

[0010]

According to the present invention of a building under house structure is mounted via a coupling member to the upper end of the wall panels the lower side is erected on the eaves side of the disposed inclined roof panel, Purlin wall panels
Between the outer surface of the roof panel and the upper core of the roof panel
While being fitted, a shed receiving member is fixed to the outer surface of the wall panel of the purlin, and the lower core member of the ridge panel restrains the downward movement of the upper core material of the ridge panel from being held by the receiving member , The undercarriage fitting is attached to the outer surface of the wall panel of the main building.
A fixing piece that is fixed in contact with the
The upper core of the roof panel that extends down the slope of the root panel
And a substantially straight line from the lower end of the core placing piece.
It is erected at a corner and contacts the lower side of the upper core in the direction of inclination.
Since it is composed of the core material abutting pieces that come in contact with each other, it is possible to prevent the roof panel from slipping down in the direction of inclination and to easily exit the eaves even if the stopper is not fixed to the roof panel as in the past. The dimensions are determined.

The undercarriage receiving member is a fixing piece fixed in contact with the outer surface of the wall panel of the purlin, and extends downward from the upper end of the fixing piece in the direction of inclination of the roof panel to form an upper core material of the roof panel. And a core material contacting piece that stands upright at a substantially right angle from the lower end of the core material placing piece and contacts the lower side surface of the upper core material in the inclined direction. The roofing panels are arranged side by side on the material abutting pieces and have cutouts in which the butted cores fit together, so adjacent roof panels cut the opposing cores. The core materials are accurately butted against each other simply by being fitted into the notch.

[0012]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS An embodiment of a building shed structure according to the present invention will be described with reference to FIGS. The same components as those shown in FIG. 3 are denoted by the same reference numerals, and description thereof will be omitted. The feature of the present invention is that the shed receiving material 1 and the stopper 11 shown in FIG. 3 are not required, and the shed receiving material 20 is used as a substitute for these members.

[0013] The lower house hangers material 20, as shown in FIG. 1, a rectangular fixing piece 21 fixed in contact with the outer surface of the wall panel 2 mother shop, one longitudinal end 2 of the fixed piece 21
The core material mounting piece 22 is formed by bending a core material mounting piece 22 and a core material abutting piece 23 which is set up at a substantially right angle from one end 22a of the core material mounting piece 22 in the longitudinal direction. The bending angle of the core placing piece 22 with respect to the fixing piece 21 is determined by fixing the core placing piece 22 when the fixing piece 21 is fixed to the outer surface of the wall panel 3.
Is set so that the upper surface 22b of the upper panel 22 coincides with the inclination angle of the roof panel 5. The bending angle of the core material contacting piece 23 with respect to the core material placing piece 22 is a right angle.

In the fixing piece 21, nail holes 24 for nails for fixing the fixing piece 21 to the wall panel 2 are formed at predetermined intervals. Further, nail holes 26 for connecting nails for fixing the core material abutting piece 23 and the core material 8 of the roof panel 5 are formed in the core material abutting piece 23 at predetermined intervals. . Notches 25 are formed in the core member contacting piece 23 at predetermined intervals in the longitudinal direction. When the plurality of roof panels 5 are assembled in parallel in the notch portion 25, the longitudinal core members 7, 7 to be abutted with each other are fitted into each other.

Next, a construction procedure of the building undercarriage structure of this embodiment using the undercarriage receiving object 20 will be described with reference to FIG. At the lower portion of the roof panel 5 (not shown), the core 7 is placed on the bonding material 4 as in FIG. First, the outer surface of the wall panel 2 Mother ya against the fixed piece 21 of Shitaya receiving metal material 20, to secure the lower house receiving metal product 20 by implanting the nail hole 24 a nail 27 to the wall panel 2. Next, Shimoya hardware 2
The upper core material 8 of the roof panel 5 is placed on the upper surface 22b of the core material placement piece 22 of the first core material 0, and the lower side surface of the upper core material 8 in the inclined direction is brought into contact with the core material contact piece 23. The upper part of the frame 9 is placed. Then, the lower part of the frame 9 of the roof panel 5 is placed on the bonding material 4 of the wall panel 3 of the lower part. Then, a nail is driven toward the core material 8 from the nail hole 26 of the core material contact piece 23, whereby the core material contact piece 23 and the core material 8 are connected. As a result, the roof panel 5 is prevented from slipping down in the inclination direction, and is assembled while determining the eaves dimension T of the eaves.

The adjacent roof panels 5, 5 are arranged in parallel with the core members 7, 7 fitted into the cutouts 25. Thereby, the adjacent roof panels 5, 5
, The core members 7, 7 are easily butted accurately.
By coupling purlin 12 is fitted between the wall panels 2 of the upper core member 8 and mother shop, the lower house structure is construction.

As can be easily understood from the above description, according to the building undercarriage structure of this embodiment, the undercarriage receiving member 20 is fixed to the outer surface of the wall panel 2 of the purlin, and 20, the upper core material 8 of the roof panel 5, which is disposed at an angle, is held while being restrained from moving downward in the direction of inclination,
Since the lower side of the frame 9 of the roof panel 5 is placed on the upper end of the wall panel 3 erected on the eaves side via the bonding material 4, the stopper 11 is fixed to the roof panel 5. The roof panel 5 can be prevented from slipping down to the lower side in the inclination direction, and the eaves dimension T can be easily determined.
Can be determined and assembled. In addition, since the stopper 11 is not fixed to the roof panel 5, it is possible to solve the conventional disadvantages in both the production of the roof panel 5 and the transportation of the roof panel 5.

The undercarriage receiving piece 20 of the present embodiment includes a fixing piece 21 fixed in contact with the outer surface of the wall panel 2 of the purlin,
A core placing piece 22 extending downward from the upper end of the fixing piece 21 in the direction of inclination of the roof panel 5 and on which the upper core 8 of the roof panel 5 is placed, and a substantially right angle from the lower end of the core placing piece 22 And a core material contacting piece 23 that abuts on the lower side in the direction of inclination of the upper core material 8, and the roof panel 5 is arranged in parallel with the core material contacting piece 23 and protrudes therefrom. Since the cut-out portion 25 into which the core members 7, 7 to be fitted with each other are fitted is formed, the work of attaching the shed receiving material 1 used in the conventional structure becomes unnecessary, and furthermore, the adjacent roof Panel 5, 5
By merely fitting the opposing core members 7, 7 into the cutout portions 25, the core members 7, 7 can be accurately butted against each other, and the construction efficiency can be improved.

[0019]

As it has been described above devised], building under house structure of the present invention is, through the bonding material to the upper end of the wall panels the lower side is erected on the eaves side of the disposed inclined roof panel The outer surface of the purlin wall panel and the upper core of the roof panel
A joining purlin is inserted between the ridge panel and the ridge panel, and a shelter fitting is fixed to the outer surface of the wall panel of the main building, and the lower core fitting restrains the upper core of the ridge panel from moving downward in the tilt direction. The shed hardware is held in the purlin wall panel
A fixing piece that is fixed in contact with the outer surface, and an upper end of the fixing piece
Extending downward from the roof panel in the direction of inclination of the roof panel
The core material mounting piece on which the core material is mounted and the lower end of the core material mounting piece
Erected at a substantially right angle from the lower side of the upper core in the inclination direction.
Because it is composed of the surface and the core material contacting piece that abuts , even if the stopper is not fixed to the roof panel as in the past, it is possible to prevent the roof panel from sliding down in the inclination direction. It is possible to easily determine the eaves dimensions and assemble the eaves. In addition, since the stopper is not fixed to the roof panel, inconveniences can be solved in both the production of the roof panel and the transportation of the roof panel.

Further, the undercarriage receiving object is a fixing piece fixed in contact with the outer surface of the wall panel of the purlin, and an upper core material of the roof panel extending downward from the upper end of the fixing piece in the inclined direction of the roof panel. And a core material contacting piece that stands upright at a substantially right angle from the lower end of the core material placing piece and contacts the lower side surface of the upper core material in the inclined direction. The roofing panels are arranged in parallel on the material abutting pieces, and the cutouts into which the butted cores fit are formed. The core members can be accurately butted only by fitting the core material into the notch portion, and the construction efficiency can be improved.

[Brief description of the drawings]

FIG. 1 is a perspective view showing a shelter receiving material used in a building shed structure of the present invention.

FIG. 2 is a cross-sectional perspective view of a main part showing the under-building structure of the present invention.

FIG. 3 is a perspective view showing a conventional shed structure.

[Explanation of symbols]

2 mother shop wall panel 3 Shitaya wall panel 4 binding material 5 roof panels 6 upper core 9 frame 10 side plate 20 under the core 8 roof panels extending in inclination direction of the lower core 7 roof panels a roof panel of Metal fittings 21 Fixing piece 22 Core material placing piece 23 Core material contacting piece 25 Notch

Claims (2)

(57) [Scope of request for utility model registration] 1. A roof panel having a face plate attached to an upper surface of a frame formed by arranging a core material in a rectangular frame shape, and is disposed so as to be inclined in the direction of the eaves from the outer surface of the wall panel of the main building. The lower part of the roof panel that is slopingly arranged is placed on the upper end of the wall panel that is erected on the eaves side via a bonding material, and the outer surface of the wall panel of the main building A joining purlin is fitted between the upper core material of the roof panel and a lower shed receiving member is fixed to an outer surface of a wall panel of the purlin, and the lower shed receiving member fixes the upper core material of the roof panel. The downward movement of the roof is restrained and held, and the undercarriage receiving member is fixed to the outer surface of the wall panel of the main building and fixed thereto, and the roof panel is inclined from the upper end of the fixing piece in the inclination direction. A core mounting piece that extends downward and mounts the upper core of the roof panel; A building undercarriage structure, comprising: a core material contacting piece that stands substantially at a right angle from a lower end of the piece and that abuts on a lower side surface of the upper core material in a direction of inclination. 2. A plurality of roof panels each having a face plate attached to an upper surface of a frame formed by framing a core material into a square frame,
A building under house structure from the outer surface of the wall panels of the mother store formed by arranged in parallel to be inclined in the eaves direction, the lower side of the plurality of roof panels disposed inclined is erected on the eaves side It is placed on the upper end of the wall panel via a bonding material, and a shed hardware is fixed to the outer surface of the wall panel of the purlin, and the upper core material of the roof panel is inclined by the shed metal. The downward movement is constrained and held, and the undercarriage fitting is fixed to the outer surface of the wall panel of the main building and fixed thereto, and from the upper end of the fixed piece to the lower side in the inclination direction of the roof panel. A core material mounting piece that extends upwardly and on which the upper core material of the roof panel is mounted, and a core that is erected at a substantially right angle from the lower end of the core material mounting piece and contacts the lower side surface of the upper core material in the inclined direction. A roof panel is arranged in parallel with the core material abutting piece and Building under house structure, wherein a notched portion core each other writes fits were is formed.